Low-Power Wi-Fi HTTP Server with SiWG917 SoC and Veda SL917 Module

Our latest Silicon Labs Example of the Month walks through building a low-power Wi-Fi HTTP server using the SiWG917 SoC and Ezurio’s Veda SL917 Module and Kit. You’ll learn how to build an HTTP server that can display a timer and button states while staying resilient to network loss. You’ll also see how to reduce idle power consumption to just 20 µA with Energy Profiler in Simplicity Studio IDE. Full details and source code: https://lnkd.in/eri2FW4t

Our latest Silicon Labs Example of the Month walks through building a low-power Wi-Fi HTTP server using the SiWG917 SoC and Ezurio’s Veda SL917 Module and Kit. You’ll learn how to build an HTTP server that can display a timer and button states while staying resilient to network loss. You’ll also see how to reduce idle power consumption to just 20 µA with Energy Profiler in Simplicity Studio IDE. Full details and source code: https://lnkd.in/gh42aR2t

Our latest Silicon Labs Example of the Month walks through building a low-power Wi-Fi HTTP server using the SiWG917 SoC and Ezurio’s Veda SL917 Module and Kit. You’ll learn how to build an HTTP server that can display a timer and button states while staying resilient to network loss. You’ll also see how to reduce idle power consumption to just 20 µA with Energy Profiler in Simplicity Studio IDE. Full details and source code: https://lnkd.in/g_staxCX

Our latest Silicon Labs Example of the Month walks through building a low-power Wi-Fi HTTP server using the SiWG917 SoC and Ezurio’s Veda SL917 Module and Kit. You’ll learn how to build an HTTP server that can display a timer and button states while staying resilient to network loss. You’ll also see how to reduce idle power consumption to just 20 µA with Energy Profiler in Simplicity Studio IDE. Full details and source code: https://lnkd.in/gii_wp_W

Our latest Silicon Labs Example of the Month walks through building a low-power Wi-Fi HTTP server using the SiWG917 SoC and Ezurio’s Veda SL917 Module and Kit. You’ll learn how to build an HTTP server that can display a timer and button states while staying resilient to network loss. You’ll also see how to reduce idle power consumption to just 20 µA with Energy Profiler in Simplicity Studio IDE. Full details and source code: https://lnkd.in/gyy8Gtkx

Our latest Silicon Labs Example of the Month walks through building a low-power Wi-Fi HTTP server using the SiWG917 SoC and Ezurio’s Veda SL917 Module and Kit. You’ll learn how to build an HTTP server that can display a timer and button states while staying resilient to network loss. You’ll also see how to reduce idle power consumption to just 20 µA with Energy Profiler in Simplicity Studio IDE. Full details and source code: https://lnkd.in/gNG3BBbN

Our latest Silicon Labs Example of the Month walks through building a low-power Wi-Fi HTTP server using the SiWG917 SoC and Ezurio’s Veda SL917 Module and Kit. You’ll learn how to build an HTTP server that can display a timer and button states while staying resilient to network loss. You’ll also see how to reduce idle power consumption to just 20 µA with Energy Profiler in Simplicity Studio IDE. Full details and source code: https://lnkd.in/gpWQpnJn

I found a nice wan 2.2 model called aio that allows you to create videos in 4 steps (vs the default 20) and it worked with teacache (i read wan 2.2 is compatible with wan 2.1 14b loras so I figured it must be compatible w teacache) I made a custom workflow that does first and last frame, I'm not entirely certain the last frame is having the effect I intended, but it certainly seems to maintain coherance I used qwen image to create the base first and last frame, then wanfirstlast to use them both in a workflow (using claude to help construct the workflow) 30 minutes to generate a 5 seconds clip at roughly 360p (but can go up to 720p) at 16fps here is the workflow: https://lnkd.in/gRsab-z2

it's been a while since hf-xet took over the HF Hub, sounds like a good time to reflect on the 500 lines of code that were carrying file transfer back in the LFS days 👴 hf_transfer was and still is responsible for saturating the bandwidth of network cards all over the world (>1GiB/s ⚡️) 3 key elements that make it so fast: - a Semaphore to cap the number of concurrent chunk downloads - FuturesUnordered - Content-Range header for download, S3 multi part for upload The tl;dr of how it works is that you push a ton of chunk download Futures to a FuturesUnordered set. Each future will acquire a lease from the Semaphore, and then fetch it's respective file chunk with the content-range header, to finally write the bytes at the correct offset in the file. Upload is similar but reversed, you read the appropriate chunk of the file and push it to the chunk upload URL.

As ROIs and LOLs converge in conversation, don’t we need more TLAs? UDP: The fast and the furious of data transport, zipping through the internet with the speed of a sports car, seat belts optional. DEFINITION: User Datagram Protocol: A communications protocol used across the Internet that offers a limited service that's simpler but faster than TCP. #UserDatagramProtocol #SpeedyDelivery #SpreadPositivity #HBros